access the Astronomical Calculations window.enable and use the Observability plug-in.
package landscape files to share with others.create an initialisation file to load a custom landscape.prepare the image files for a custom landscape.show photos for a personal custom landscape.show labels or nomenclature for planets and the Moon.It covers many of the advanced customisation and planning features of the software. When you take the software training course, we will provide an electronic document, a PDF version of the Advanced Stellarium Quick Reference Guide. work with the Astronomical Calculations window.use custom landscape files made by others.display labels for planets and the Moon.Upon successful completion of this course, you will be able to use Stellarium in an advanced fashion. This training is not for the paid Stellarium app on smartphones or the Stellarium web app.
A waiting list will be kept if additional participants wish to sign up. I greatly appreciate your time and hope this makes some sense.Participants will learn how to control sidereal time display, show labels for planetary features, use custom landscapes, filter the object display, check the observability of objects, and use many of the Astronomical Calculations planning functions.Ĭlass sizes are limited. I am also keen to hear about any other software that may be able to accomplish this.
I was wondering if there is any possible way I can have Stellarium actually output those coordinates to another program? Or, if there is any program I can write that actually retrieves those coordinates from Stellarium in real-time? Or is there a way I can calculate the distance between the current scope’s position and the object within Stellarium, whilst outputting it in such a way that it can be read by an external program? In order to do so, I require two pieces of information, the current coordinates of the target, from which I will subtract the current coordinates of the telescope. I am hoping to be able to write a short program for an Arduino that essentially calculates the difference in distance of the target's coordinates and the current coordinates of the telescope, to use with stepper motors down the track but that’s irrelevant. On the Stellarium display, it reads what the current azimuth and altitude coordinates are of the telescope, and it also reads the current azimuth and altitude coordinates of a selected object be it Saturn, Mars etc.
I have Stellarium and am using it a push-to controller for my telescope using the Nexus II from Astrodevices.
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